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« Previous SpeciesPistacia chinensis    Next SpeciesPistacia lentiscus »

Plant Compounds of Pistacia khinjuk , the Kolkhoung

Kingdom:  Plantae
Class:  Magnoliopsida
Order:  Sapindales
Family:  Anacardiaceae
Genus:  Pistacia
Author:  Stocks
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Bedoukain RussellIPM

Compounds:

De Pooter  1991 
 
        alloaromadendrene  0.1 ¦Relative ratio of the component¦   Giza, Egypt  leaf 
        alpha-caryophyllene  1.2 ¦Relative ratio of the component¦      
        alpha-farnesene  0.7 ¦Relative ratio of the component¦      
        alpha-phellandrene  0.1 ¦Relative ratio of the component¦      
        alpha-pinene  18.4 ¦Relative ratio of the component¦      
        alpha-pinene epoxide  0.1 ¦Relative ratio of the component¦      
        alpha-terpineol  1.6 ¦Relative ratio of the component¦      
        alpha-terpinolene  0.1 ¦Relative ratio of the component¦      
        alpha-thujene  1.3 ¦Relative ratio of the component¦      
        aromadendrene  0.1 ¦Relative ratio of the component¦      
        beta-bourbonene  0.1 ¦Relative ratio of the component¦      
        beta-caryophyllene  3.3 ¦Relative ratio of the component¦      
        beta-farnesene  0.1 ¦Relative ratio of the component¦      
        beta-gurjunene  0.01 ¦Relative ratio of the component¦      
        beta-phellandrene  0.7 ¦Relative ratio of the component¦      
        beta-pinene  9.4 ¦Relative ratio of the component¦      
        beta-pinene hydroxide  0.2 ¦Relative ratio of the component¦      
        borneol  0.1 ¦Relative ratio of the component¦      
        bornyl acetate  0.1 ¦Relative ratio of the component¦      
        camphene  2.7 ¦Relative ratio of the component¦      
        caryophyllene oxide  4 ¦Relative ratio of the component¦      
        cis-beta-ocimene  0.1 ¦Relative ratio of the component¦      
        cis-piperitol  0.2 ¦Relative ratio of the component¦      
        cis-sabinene hydrate  0.5 ¦Relative ratio of the component¦      
        delta-cadinene  0.1 ¦Relative ratio of the component¦      
        eucalyptol  0.8 ¦Relative ratio of the component¦      
        gamma-muurolene  0.01 ¦Relative ratio of the component¦      
        gamma-terpinene  2.7 ¦Relative ratio of the component¦      
        geraniol  0.3 ¦Relative ratio of the component¦      
        hexyl benzoate  0.01 ¦Relative ratio of the component¦      
        limonene  0.7 ¦Relative ratio of the component¦      
        linalool  0.9 ¦Relative ratio of the component¦      
        longifolene  0.3 ¦Relative ratio of the component¦      
        myrcene  0.9 ¦Relative ratio of the component¦      
        nerolidol  0.1 ¦Relative ratio of the component¦      
        p-cymen-8-ol  0.2 ¦Relative ratio of the component¦      
        pinocarvone  0.2 ¦Relative ratio of the component¦      
        sabinene  13.5 ¦Relative ratio of the component¦      
        terpinen-4-ol  12.1 ¦Relative ratio of the component¦      
        trans-beta-ocimene  0.2 ¦Relative ratio of the component¦      
        trans-pinocarveol  0.4 ¦Relative ratio of the component¦      
        trans-piperitol  0.2 ¦Relative ratio of the component¦      
        trans-sabinene hydrate  0.1 ¦Relative ratio of the component¦      
        tricyclene  0.7 ¦Relative ratio of the component¦      
        verbenol  0.1 ¦Relative ratio of the component¦      
        verbenone  0.01 ¦Relative ratio of the component¦      
        Z3-hexenyl benzoate  2 ¦Relative ratio of the component¦      
        Z3-hexenyl butyrate  0.1 ¦Relative ratio of the component¦      
 
Reference(s):

De Pooter, H.L., Schamp, N.M., Aboutabl, E.A., El Tohamy, S.F., and Doss, S.L. 1991. Essential oils from the leaves of three Pistacia species grown in Egypt. Flavour Fragr. J. 6(3):229-232.
 
 
Citation: El-Sayed AM 2024. The Pherobase: Database of Pheromones and Semiochemicals. <http://www.pherobase.com>.
Ⓒ 2003-2024 The Pherobase - Extensive Database of Pheromones and Semiochemicals. Ashraf M. El-Sayed.
Page created on 22-April-2024